PAGE TITLE
Automatic Flow Valve Assembly for Fluid Management and Leak Detection
PAGE SUMMARY
This invention presents an automatic flow valve assembly designed to regulate fluid flow (for a liquid or gas), detect leaks, and prevent wastage in various applications. The assembly includes a valve that can transition between open and closed positions, a controller for operating the valve, and mechanisms for determining fluid flow and automatically shutting off the valve when necessary. Two variations of the assembly are described: one with a mechanical system based on a diaphragm and piston arrangement, and the other utilizing an electronic setup with flow detectors and valves controlled by a microprocessor.
ADVANTAGES
TITLE:Advantages
Efficient Fluid Management: The assembly ensures optimal fluid usage by controlling the flow based on predetermined thresholds
Leak Detection: By monitoring continuous flow over time, the system can detect and address leaks promptly, saving water or gas resources.
Flexibility: The invention can be applied to various scenarios, from residential toilets to larger building water mains, and even gas supply lines.
PROBLEMS SOLVED
TITLE:Problems Solved
Water and Gas Waste: Addresses the issue of wasteful water and gas consumption due to unnoticed leaks or excessive flow.
Timely Leak Detection: Provides a solution for identifying leaks before they cause significant damage, reducing potential repair costs.
MARKET APPLICATIONS
TITLE: Market Applications
Residential: Prevents water wastage in homes by detecting and stopping leaky faucets, toilets, and appliances.
Commercial: Offers leak detection and flow control for larger-scale water and gas supply systems in offices, apartments, and industrial buildings.
Municipal: Can be utilized in public water supply networks to reduce water loss from leaks and improve overall resource efficiency.
IP STATUS
Intellectual Property
Granted United States Patent US9410636B2
Contact Information
Ravi Raghani, Ph.D.
Licensing Manager
Office of Applied Innovation
Drexel University
215-895-0303
rmr359@drexel.edu